Esp PVT Properties

7/24/2019 Esp PVT Properties

1/17

Well Data Sheet for API 11-S4 RPPrinted: February 21, 2016 06:41 PM

Identification Data: Date:

Company:

Field / Lease:

Well ame:

!nstallation:"e#$# e% or &edesi$n'

Produ(in$ )ormation:

Formation *ype: "e#$# +andstone, Limestone, et(#'

Wellbore Data: (Attach wellbore diagram and deviation srve! if available"

Wellead des(ription:

Casin$ and liner des(ription: Ma- .#D# Min# !#D# Wei$t MD o) top MD o) bottom

+ie type "in' "in' "lb/)t' ")t' ")t'

1

2

4

*ubin$ data: Ma- .#D# Min# !#D# Wei$t MD o) top MD o) bottom

+ie type "in' "in' "lb/)t' ")t' ")t'

1

2

4

.ter limitin$ dimensions: Ma- .#D# Min# !#D# Wei$t MD o) top MD o) bottom

Des(ription "in' "in' "lb/)t' ")t' ")t'

Per)orated interals: MD o) top MD o) bottom

Des(ription ")t' ")t'

1

2

#lid Pro$ert! Data: (Attach lab P%& re$ort if available"

+tandard base pressure: "psia' +tandard temperature: "F'

3as $raity: "air 1#000'

2: "5'

C.2: "5'

2+: "5'

"&s' +olution $as oi l rat io: "+CF/+*7' 8 enter &s at bubble point (onditions

and/or 7ubble point pressure: "psia'

.il $raity: "9P!'

+eparator temperature: "F'


2/17

+eparator pressure: "psi$'

Dissoled solids: "ppm'

7rine spe(i)i( $raity: "%ater 1#000' 8 (an be (al(ulated )rom dissoled sol ids i ) aailable

Ma-# system temperature: "F' 8 typi(ally reseroir

Min# system temperature: "F' 8 typi(ally %ellead or separator

Comments: "e#$# inersion point )or emulsions, pour point )or %a-, et(#'

Reservoir Data: (If available' attach welltest data' flowing srve!s' $rodction tests' etc"

Current status: " e#$# pumpin$, )lo%in$, s%abbin$, et(#'

Produ(tion data: "nter one or more sets i) aailable'

*otal )luid produ(tion: "7PD o) )luid'

Water (ut: "5 %ater'

Produ(in$ 3.&: "+CF/+*7 o) oil'

Flo%in$ %ellead pressure: "psi$'

Flo%in$ bottomole pressure: "psi$'

.peratin$ data:

&eseroir pressure: "psi$' 8*ypi(ally stati( bottomole pressure+tati( )luid leel: "MD )eet )rom sur)a(e'

7ottomole temperature: "F'

Wellead temperature: "F'

3eotermal $radient: "de$ F / 100 )t'

!n)lo% (ara(teriation data:

";' Produ(tiity inde-: "bbl/day/psi' 8 !) (onstant P! is assumed#

Ma-# open )lo% rate: "bbl/day' 8 e pressure: "psi$' 8 (al(ulate )rom reseroir data i) aailable

-pe(ted %ater (ut: "5 %ater'

-pe(ted 3.&: "+CF/+*7 o) oil'

-pe(ted pump inta>e press#: "psi$'

Wellead pressure: "psi$' 8re@uired by )a(ilities

Casin$ pressure: "psi$'

3as enterin$ pump: "5 o) total produ(ed $as'

Primary olta$e: "=olts aailable'

Fre@uen(y: "ert'

+pe(ial problems: "e#$# sand, s(ale, (orrosion, para))in, aspaltenes, emulsion, 2+, C.2'

&emar>s: "e#$# an(illary e@uipment to be installed, spe(ial (oatin$s, et(#'

7A:

D9*:


3/17

PVT PropertiesPrinted: February 21, 2016 06:41 PM

General Input Data:

Input=> Input Units 1

Input=> (Psc) Stand. Press. 14*+, (psia) 1,1 [kPa]

Input=> (Tsc) Stand. Tep. *,, (!) 1+* ["]

Input=> (G) Gas Gra#it$ ,.+ (air=%.&&)

Input=> ' 1 ()

Input=> "* . ()

Input=> +S / ()

Input=> (,s-) Soln. G*, +040 (S"!ST/) 1,.4 [00]

Input=> (Go) *il Gra#it$ /+, (1PI)

Input=> Separator tep. , (!) .0 ["]

Input=> Separator press. +, (psi2) /4+ [kPa2]

Input=> Dissol#ed solids .,,,,, (pp)

Input=> Teperaures (!) 14, 1,+ 0, (T%3 T3and T0)

Input=> Teperatures (") *, 41 .1

General "alculations:

T(!) 140 10B 0

Vod (cp) #0 4#0 6#6

Gsep 0#10 (air=%.&&)Tpc 406#1 (,) Viscosit$ (SSU)

Ppc 6B#6 (psia) Tight

*il sp. 2r. 0#E4E (6ater = %.&&&) Medium

/rine sp. 2r. 1#1B0 (6ater = %.&&&) Loose

/u--le point conditions:

Teperature 140 (!)

P-o 2000#0 (psi2)

"o- 1#66680B (%psi)

/o- 1#04 (--lST/)

Vo- 0#B (cp)

*il densit$ 4B#4 (l-4t0)

Gas7oil sur4. tension #1 (d$nec)


4/17

!luid !lo6 "alculations

Printed: February 21, 2016 06:41 PM

Input=> (Tres) ,eser#oir teperature 1., (!)

Input=> (P684) 9ell8ead pressure 1,, (psi2)

Input=> (4) !luid rate 1,,, (ST/da$)

Input=> (46) 9ater cut ,/ (4raction & to %)

Input=> (,) Tu-in2 G*, ,, (S"!ST/) .*: 3.& must be at least B4# "+CF/

Input=> (e) Pipe rou28ness ,,,0. (in) *ypi(al alues: 0#001E )or ne% pipe and 0#002 )or old

Input=> (2T) Geot8eral 2radent 1+ (de2 !%&&4t)

Input=> ("p) +eat capacit$ ;const P ,4 (/TUl-7!)Input=> (U) 7 *#erall 8eat trans. coe44. 1+7 (/TU8r74t7!)

Input=> (") 7 5rosional #elocit$ const. 1,, *ypi(al alues: B "(onseratie', 100 "typi(al' to 1B0

Viscosit$ correction 4actors: *i$t Medium Loose Corre(tion )a(tors )or ti$t, medium, and loose emulsio

M9C&.N !) emulsuins are present: =is(osity"++' ++ I Corre

Input=> Viscosit$ correction 4actor: 1, Corre(tion )a(tor 1#0 %en no emulsions are )ormed

*il 2ra#it$ B#0 (1PI)

(G) Gas sp.2r. 0#E2B0 (air = %.&&&&)

*il sp.2r. 0#E4E (6ater = %.&&)

/rine sp.2r. 1#1B0 (6ater = %.&&)

!luid sp.2r. 0#401 (6ater = %.&&) Fluid sp#$r# .il sp#$r#I"18)%' J Water sp#$r# I )%

!luid Densit$ BE#6B (l-4t0) Fluid density Fluid sp#$r# I 62#E6lbm/)t

(o) *il rate 00 (ST/da$)


5/17

tre Pro$erties:

Srf &ens vs - velocit! %iscosit! Densit! 9S-Densit! #r-Densit! vm - %elocit! Re!nolds #riction ?ro

(d!nes6cm" (ft6sec" (c$" (lbm6ft/" (lbm6ft/" (lbm6ft/" (ft6sec" nmber factor (

1# 2#04 0#04 1# 4#60 1#B4 2E#2B 10EE0 0#026

0#E 2#0B 0#04 14#B B#4 2#10 2#6 601 0#026

0#4 2#0B 0#04 14#1 6#41 2#6 20#2E BBB 0#026

0#0 2#06 0#04 1B#46 #6 #B1 1#66 22014 0#026

2#6 2#06 0#04 16#00 E#B 4#6 1B#B EEE6 0#026

2#2 2#06 0#0B 16#BB #E B#1 1#E EB20B 0#026

2E#E 2#0 0#0B 1#10 10#44 6#E 12#46 E220 0#026

2E#4 2#0 0#0B 1#6B 11#B4 #BB 11#2 EB 0#026

2# 2#0E 0#0B 1E#0 12#E #06 10#11 662B4 0#026

2#B 2#0E 0#0B 1E#EE 14#0E 10#B0 #24 126 0#026

2#1 2#0 0#06 1#46 1B#1 12#0B E#B0 12E 0#026 26# 2#10 0#06 20#0B 16#BE 1#2 #EB 6E4B 0#026

26#4 2#10 0#06 20#6B 1#EE 1B#4 #2E 662600 0#026


6/17

,eser#oir In4lo6 Per4orancePrinted: February 21, 2016 06:41 PM

Production data: (5nter one or ore sets i4 a#aila-le)

% 0

Input=> () Total 4luid production: 6E4 1E6 2EE 4140 (/PD o4 4luid)

Input=> (P64) !lo6in2 -otto8ole pressure: 1E00 1400 100B B0 (psi2)

Input=> ,eser#oir pressure: 2000 (psi2) 7T$picall$ static -otto8ole pressure

In4lo6 c8aracteriation data:

Input=> (?) Producti#it$ inde@: (--lda$psi) 7 I4 constant PI is assued.

Input=> (") !lo6 coe44icient: 0#000 I4 !etko#ic8As et8od is assued.

Input=> (n) 5@ponent: 1 I4 !etko#ic8As et8od is assued.

1

1

P64 B #0 "bbl/day/psi'(/PD) (psi2) Pr B 2000 "psi$'

0 2000

600 1E00

1200 1600 Actal C 3alc C Act-3alc

1E00 1400 6E4 600 E4

2400 1200 1E6 1E00 6

000 1000 2EE 2EB

600 E00 4140 420 80

4200 600

4E00 400 Ma-# E4

B400 200 Min# 80

6000 0 9$ De# B2

&O2 (oe))# 0#

1

1

P64 Cma> B 4000#0 "7PD o) )luid'

(/PD) (psi2) Pr B 2000 "psi$'

0 2000

6EE 1E00

112 1600 Actal C 3alcC Act-3alc

1E2 1400 6E4 6EE 84

"onstant PI


7/17

, +,, 1,,,1+,,.,,,.+,,/,,,/+,,

,*,,,

,*+,,

,0,,,

,0+,,

,,,,

,+,,

,7,,,

,7+,,

1,,,,

-factor

&1-

ma>&.

Pressre ($sig"

-#actor

, 1,,, .,,, /,,, 4,,,

,,,,,,

,,,.,,

,,,4,,

,,,*,,

,,,,,

,,1,,,

,,1.,,

,,14,,

,,1*,,

2g

&1-ma>

&.

Pressre ($sig"

2g(bbl6S3#"

, 1,,, .,,, /,,, 4,,,

,,,,?F,,

+,,,?-,4

1,,,?-,/

1+,,?-,/

.,,,?-,/

.+,,?-,/

/,,,?-,/

/+,,?-,/

4,,,?-,/

4+,,?-,/

+,,,?-,/

3g

&1-ma>

&.

Pressre ($sig"

3g(16$si"

, +,, 1,,,1+,,.,,,.+,,/,,,/+,,

,,,,,

,,,+,

,,1,,

,,1+,

,,.,,

,,.+,

,,/,,

,,/+,

as %iscosit!

&1-ma>

Pressre ($sig"

%g(c$"

, 1,,, .,,, /,,, 4,,,

,,,,,

.,,,,

4,,,,

*,,,,

,,,,

1,,,,,

1.,,,,

14,,,,

1*,,,,

1,,,,

.,,,,,

as Densit!

&1-ma>

Pressre ($sig"

Den(lbm

6ft/"


8/17

, +,, 1,,, 1+,, .,,, .+,, /,,, /+,,

,,

1,,,

.,,,

/,,,

4,,,

+,,,

*,,,

0,,,

Rs

&1-ma>

&.

Pressre ($sig"

Rs(S3#6S&2"

, +,, 1,,,1+,,.,,,.+,,/,,,/+,,

1,,,,

1,+,,

11,,,

11+,,

1.,,,

1.+,,

1/,,,

1/+,,

2o

&1-ma>

&.

Pressre ($sig"

2o(bbl6S&2"

, +,, 1,,,1+,,.,,,.+,,/,,,/+,,

,,,,,,?-.

.,,,,,?-

4,,,,,?-

*,,,,,?-

,,,,,?-

1,,,,,?-0

1.,,,,?-0

14,,,,?-0

1*,,,,?-0

1,,,,?-0

3o

&1-ma>

&.

Pressre ($sig"

3o(16$si"

, +,, 1,,, 1+,, .,,, .+,, /,,, /+,,

,,

,+

1,

1+

.,

.+

/,

/+

4,

%o

&1-ma>

&.

Pressre ($sig"

%o(c$"

*, 0, , 7, 1,, 11, 1., 1/, 14, 1+,

,,

1,

.,

/,

4,

+,

*,

0,

%od

&em$eratre (#"

%od(c$"

, +,, 1,,, 1+,, .,,, .+,, /,,, /+,,

4,(,

4.(,

44(,

4*(,

4-(,

+,(,

+.(,

+4(,

5il Densit!

&1-ma>

&.

Pressre ($sig"

5ilDensit!(lb

m6ft/"


9/17

, +,, 1,,, 1+,, .,,, .+,, /,,, /+,,

,,,

,+,

1,,

1+,

.,,

.+,

/,,

/+,

4,,

4+,

+,, Rsw

&1-ma>

&.

&/-min

Pressre ($sig"

Rsw

(S3#6S&2"

, +,, 1,,, 1+,, .,,, .+,, /,,,

,7+,

,77,,

,77+,

1,,,,

1,,+,

1,1,,

1,1+,

1,.,,

1,.+, 2w

&1-ma>

&.

&/-min

Pressre ($sig"

2w

(S3#6S&2"

, +,, 1,,, 1+,, .,,, .+,, /,,, /+,,

1+,,,?-

17,,,,?-

17+,,,?-

.,,,,,?-

.,+,,,?-

.1,,,,?-

.1+,,,?-

..,,,,?- 3w

&1-ma>

&.

&/-min

Pressre ($sig"

3w(

16$si"

01,

01+

0.,

0.+ 2rine Densit!

sit!(lbm

6ft/"

, +,, 1,,, 1+,, .,,, .+,, /,,,

,,,

,.,

,4,

,*,

,,

1,,

1.,

14,

1*,

1,

.,, %w

&1-ma>

&.

&/-min

Pressre ($sig"

%w

(c$"

4,,

+,,

*,,

0,,

,, as-Water Srf &ension

nsion(d!nes6cm"


10/17

,, .,,, 4,,, *,,, ,,, 1,,,,,

+,,

1,,,

1+,,

.,,,

.+,,

/,,,

/+,,

4,,,

4+,,

#lowing Pressre radientPressre ($sig"

&.

Pressre (EPag"

-#actor

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,,,,,

,,1,,,

,,.,,,

,,/,,,

,,4,,,

,,+,,,

,,*,,,

,,0,,,

,,,,,

2g

&1-ma>

&.

Pressre (EPag"

2g(m/6m/"

, +,,, 1,,,,1+,,,.,,,,.+,,,

,,,,?F,,

1,,,?-,4

.,,,?-,4

/,,,?-,4

4,,,?-,4

+,,,?-,4

*,,,?-,4

0,,,?-,4

,,,?-,4

3g

&1-ma>

&.

Pressre (EPag"

3g(16EPa"

, +,,, 1,,,,1+,,,.,,,,.+,,,

,,,,,

+,,,,,

1,,,,,,

1+,,,,,

.,,,,,,

.+,,,,,

/,,,,,,

/+,,,,,

as Densit!

&1-ma>

&.

Pressre (EPag"

Den(Eg6m/"


15/17

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,

.,,

4,,

*,,

,,

1,,,

1.,,

Rs

&1-ma>

&.

Pressre (EPag"

Rs(m/6m/"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

1,,,,

1,+,,

11,,,

11+,,

1.,,,

1.+,,

1/,,,

1/+,,

2o

&1-ma>

&.

Pressre (EPag"

2o(m/6m/"

, +,,, 1,,,,1+,,,.,,,,.+,,,

,,,,,,?-.

+,,,,,?-7

1,,,,,?-

1+,,,,?-

.,,,,,?-

.+,,,,?-

/,,,,,?-

3o

&1-ma>

&.

Pressre (EPag"

3o

(16EPa"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,

,+

1,

1+

.,

.+

/,

/+

4,

%o

&1-ma>

&.

Pressre (EPag"

%o(c$"

1+ ., .+ /, /+ 4, 4+ +, ++ *, *+

,,

1,

.,

/,

4,

+,

*,

0,

%od

&em$eratre (3"

%od(c$"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,

+,

1,,

1+,

.,,

.+,

as-oil Srf &ension

&1-ma>

&.

Pressre (EPag"

4as-oilSrf&ension(d!nes6cm"


16/17

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,,

,1,

,.,

,/,

,4,

,+,

,*,

,0,

,,

,7,

Rsw

&1-ma>

&.

Pressre (EPag"

Rsw

(m/6m/"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,7+,

,77,,

,77+,

1,,,,

1,,+,

1,1,,

1,1+,

1,.,,

1,.+,

2w

&1-ma>

&.

Pressre (EPag"

2w(m/6m/"

, +,,, 1,,,,1+,,,.,,,,.+,,,

.0,,,,?-7

.0+,,,?-7

.,,,,?-7

.+,,,?-7

.7,,,,?-7

.7+,,,?-7

/,,,,,?-7

/,+,,,?-7

/1,,,,?-7

/1+,,,?-7

/.,,,,?-7

3w

&1-ma>

Pressre (EPag"

3

w(

16EPa"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,,

,.,

,4,

,*,

,,

1,,

1.,

14,

1*,

1,

.,,

%w

&1-

ma>&.

Pressre (EPag"

%w(c$"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

111+,

11.,,

11.+,

11/,,

11/+,

114,,

114+,

11+,,

11++,

2rine Densit!

&1-ma>

&.

Pressre (EPag"

Densit!(m/6m/"

, +,,, 1,,,, 1+,,, .,,,, .+,,,

,,

1,,

.,,

/,,

4,,

+,,

*,,

0,,

,,

as-Water Srf &ension

&1-ma>

&.

Pressre (EPag"

Srf&ension(d!nes6cm"


17/17

!nternal Data

Pa$e 1

nits aailable:

n$lis

metri(

Constant P! .ptions:

3ien ; and Pr

3ien P%)1,

Esp PVT Properties

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